Glass & Ceramic
Glass & Ceramic:
The nanoproofed® protection Glass & Ceramic is an alcohol based system, which generates an easy-to-clean effect on glass and ceramic surfaces. It creates a thin hydro- and oleophobic layer on the surface, which prevents the sticking of dirt, lime scale and impurities and increase the repellent of water. Through this is the surface much easier to clean. nanoproofed® protection Glass & Ceramic is excellently suitable for sealing surfaces in the kitchen or bathroom such as shower cubicles, washing basins, tiles, etc. On car windshields will this sealing not only provide an improved sight in rain, it allows as well the easier removal of glaciations. nanoproofed® protection Glass & Ceramic has a lower hydrophobic effect and with this a lower easy-to-clean effect than nanoproofed® protection Glass & Ceramic exclusive, but has a much higher lifetime than this.
>> for more information visit our shop
Glass & Ceramic Photokatalytic exclusive:
nanoproofed® protection Glasversiegelung Photokat exklusiv is a product based on the chemical nanotechnology, which protects transparent substrates in the outskirt area against clouding and soil. Due to the super-hydrophilic film dirt is scoured by rain and washed away. Due to this effect the efficiency of photovoltaic systems is, in average, increased. Additionally organic substances are decomposed by the photo catalytic effect, which results in a much easier cleaning of the coated surfaces, because organic wastes like bird droppings etc. are converted to easily cleanable substances by sunlight.
>> for more information visit our shop
Solar Photokat excl.:
nanoproofed® protection Solar Photokat is a product based on the chemical nanotechnology, which develops an anti-reflex coating on solar modules. Due to a self-cleaning effect the product protects the modules in addition against soiling and increases the effectiveness of the solar modules by the combination of these two effects. By the developed super-hydrophilic film dirt is scoured by rain and washed away which results in an increase of the average light harvesting of photovoltaic modules. Additionally organic substances are decomposed by the photo catalytic effect, which results in a much easier cleaning of the coated surfaces, because organic wastes like bird droppings etc. are converted to easily cleanable substances by sunlight. In addition the scratch resistance of the surface is increased.
